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2.2.1

WT-V 500 FC (3Bar)

1765

1505

1400

1290

865

285

175

1

2

3

4

5

Ø840

Ø640

0

525

410

Connections
1 Venting (DN32)
2 Heat source (DN50, x

4

)

3 Temperature sensor (DN20, x2)

Immersion heater (DN50)

Technical data
Storage volume V

477 litres

Working pressure

3 bar

Test pressure

4,3 bar

Max. temperature

100 °C

Weight

94 kg

Standing loss S

104 W

Energy efficiency class

C

Dimensions
Height (mm)

1765

Diameter (mm)

Ø840

Diameter without insulation (mm)

Ø640

Required ceiling height for tilting: 1900 mm

Installation Guide

WT-V Accumulator tanks

Thermia AB

VIBNE502

13

5 Drain tap/Temperature sensor (DN20)

Summary of Contents for WT-V

Page 1: ...Installation Guide WT V Accumulator tanks www thermia com...

Page 2: ...anty if these instructions are not adhered to during installation or service The English language is used for the original instructions Other languages are a translation of the original instructions D...

Page 3: ...Table of Contents 1 Getting started 4 1 1 Getting started 4 2 Model specifications 5 2 1 WT V 5 2 2 WT V FC Front Connection 12 Installation Guide WT V Accumulator tanks Thermia AB VIBNE502 3...

Page 4: ...The side is also fit ted with a velcro on the inside 4 Put the insulation back in the reversed order Adjust the setscrews according to the measures below 1 2 3 1 Foot length is 14mm 2 Maximum length...

Page 5: ...3 Working pressure bar 3 Max temperature C 100 Weight kg 40 68 91 113 120 165 Standing loss S W 60 68 78 101 127 130 Energy efficiency class C Dimensions WT V Unit 100 200 300 500 750 1000 Height mm 1...

Page 6: ...age volume V 102 litres Test pressure 4 3 bar Working pressure 3 bar Max temperature 100 C Weight 40 kg Standing loss S 60 W Energy efficiency class C Dimensions 2 3 1 2 2 2 100 100 40 Radiator in HP...

Page 7: ...nsor pipe 7 int 6 Diffuser 7 Connection DN50 Technical data Storage volume V 204 litres Test pressure 4 3 bar Working pressure 3 bar Max temperature 100 C Weight 68 kg Standing loss S 68 W Energy effi...

Page 8: ...Immersion heater conn DN50 7 Diffuser DN32 8 Temperature sensor 2x Technical data Storage volume V 293 litres Test pressure 4 3 bar Working pressure 3 bar Max temperature 100 C Weight 91 kg Standing...

Page 9: ...r conn DN50 int Technical data Storage volume V 473 litres Test pressure 4 3 bar Working pressure 3 bar Max temperature 100 C Weight 113 kg Standing loss S 101 W Energy efficiency class C Dimensions 6...

Page 10: ...sion heater DN50 int 5 Drain tap expansion DN20 Technical data Storage volume V 721 litres Test pressure 4 3 bar Working pressure 3 bar Max temperature 100 C Weight 120 kg Standing loss S 127 W Energy...

Page 11: ...20 4 Immersion heater conn DN50 x 2 Technical data Storage volume V 971 litres Test pressure 4 3 bar Working pressure 3 bar Max temperature 100 C Weight 165 kg Standing loss S 130 W Energy efficiency...

Page 12: ...V litres 721 676 721 676 Working pressure bar 3 6 3 6 Test pressure bar 4 3 8 6 4 3 8 6 Max temperature C 100 Weight kg 114 135 117 138 Standing loss S W 127 127 127 127 Energy efficiency class C Hei...

Page 13: ...nical data Storage volume V 477 litres Working pressure 3 bar Test pressure 4 3 bar Max temperature 100 C Weight 94 kg Standing loss S 104 W Energy efficiency class C Dimensions Height mm 1765 Diamete...

Page 14: ...chnical data Storage volume V 503 litres Working pressure 6 bar Test pressure 8 6 bar Max temperature 100 C Weight 117 kg Standing loss S 104 W Energy efficiency class C Dimensions Height mm 1788 Diam...

Page 15: ...Drain tap Temperature sensor DN20 Technical data Storage volume V 477 litres Working pressure 3 bar Test pressure 4 3 bar Max temperature 100 C Weight 97 kg Standing loss S 104 W Energy efficiency cl...

Page 16: ...5 Drain tap Temperature sensor DN20 Technical data Storage volume V 503 litres Working pressure 6 bar Test pressure 8 6 bar Max temperature 100 C Weight 120 kg Standing loss S 104 W Energy efficiency...

Page 17: ...5 Drain tap Temperature sensor DN20 Technical data Storage volume V 721 litres Working pressure 3 bar Test pressure 4 3 bar Max temperature 100 C Weight 114 kg Standing loss S 127 W Energy efficiency...

Page 18: ...Technical data Storage volume V 676 litres Working pressure 6 bar Test pressure 8 6 bar Max temperature 100 C Weight 135 kg Standing loss S 127 W Energy efficiency class C Dimensions Height mm 1837 Di...

Page 19: ...0 5 Drain tap Temperature sensor DN20 Technical data Storage volume V 721 litres Working pressure 3 bar Test pressure 4 3 bar Max temperature 100 C Weight 117 kg Standing loss S 127 W Energy efficienc...

Page 20: ...0 5 Drain tap Temperature sensor DN20 Technical data Storage volume V 676 litres Working pressure 6 bar Test pressure 8 6 bar Max temperature 100 C Weight 138 kg Standing loss S 127 W Energy efficienc...

Page 21: ...tap Temperature sensor DN20 Technical data Storage volume V 971 litres Working pressure 3 bar Test pressure 4 3 bar Max temperature 100 C Weight 173 kg Standing loss S 130 W Energy efficiency class C...

Page 22: ...5 Drain tap Temperature sensor DN20 Technical data Storage volume V 907 litres Working pressure 6 bar Test pressure 8 6 bar Max temperature 100 C Weight 166 kg Standing loss S 130 W Energy efficiency...

Page 23: ...0 5 Drain tap Temperature sensor DN20 Technical data Storage volume V 971 litres Working pressure 3 bar Test pressure 4 3 bar Max temperature 100 C Weight 176 kg Standing loss S 130 W Energy efficienc...

Page 24: ...0 5 Drain tap Temperature sensor DN20 Technical data Storage volume V 907 litres Working pressure 6 bar Test pressure 8 6 bar Max temperature 100 C Weight 169 kg Standing loss S 130 W Energy efficienc...

Page 25: ...Installation Guide WT V Accumulator tanks Thermia AB VIBNE502 25...

Page 26: ...Installation Guide WT V Accumulator tanks VIBNE502 Thermia AB 26...

Page 27: ...Installation Guide WT V Accumulator tanks Thermia AB VIBNE502 27...

Page 28: ...ed material Thermia reserves the right to alter its products without notice This also applies to products already on order provided that such alterations can be made without subsequential changes bein...

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